System Design Consultants for Manufacturing Automation

A system design engagement produces a documented automation concept rather than hardware: an analysis of the current process, a recommended cell or line design, the technology and controls it would use, expected benefits, implementation considerations, and the information a team needs to make an informed capital decision. GLOBAL evaluates workflow, part handling, cycle time, quality, safety, and floor space to ground the design in reality. The result is a concept a manufacturer can act on, whether the build is done by GLOBAL or another party.

GLOBAL designs systems for machine tending, material handling, assembly, welding, painting and coating, dispensing and sealing, and inspection across automotive and EV, Tier 1 suppliers, heavy equipment, aerospace and defense, appliance, and general industrial manufacturers. The right application depends on part variation, throughput, quality standards, safety, and process repeatability. Design work stays anchored to the parts and plant conditions in front of the team.

Design typically begins with a feasibility study and conceptual layout, then, if the manufacturer proceeds, flows into detailed engineering, simulation, build, factory acceptance testing, installation, and run-off. Carrying the same design intent from concept through build is what keeps a system from drifting away from its original goals. GLOBAL defines scope, deliverables, and decision points at the outset so each phase has a clear handoff.

System design is intended to be vendor-neutral: the concept follows what the process and plant standards require rather than a preselected brand. GLOBAL notes where existing FANUC robots and PLC/HMI platforms should be reused for maintenance and spares, and identifies where a different platform would serve the application better. The manufacturer keeps the decision, with the trade-offs made explicit.

Either. GLOBAL evaluates existing machines, robots, controls, fixtures, and cells when a design can reuse them, and will design a new system where that is the better path. The objective is to improve capability while limiting unnecessary replacement, downtime, and capital wherever existing assets remain suitable. A design can also stage upgrades so a plant modernizes in practical steps.

Yes. Beyond the design study, GLOBAL can carry a project into detailed engineering, robot simulation, controls integration, build, installation, commissioning, training, and ongoing support, so the design intent is preserved through production launch. Its technical staffing side can also supply controls engineers, PLC and robot programmers, and project managers when a team needs added capacity. A manufacturer can equally take the documented design and execute it in-house.

A design engagement usually starts with a conversation about the process, the production goal, and the constraints, with no fully defined project required. GLOBAL then scopes a feasibility assessment sized to the number of operations and the level of detail needed, from a single station to a multi-line modernization plan. Process data, part drawings or samples, layouts, and cycle-time targets let the study move efficiently and produce a grounded concept.